My Customized Involute Blower-01

thingiverse

Customized version of http://www.thingiverse.com/thing:135718 Created with Customizer! http://www.thingiverse.com/apps/customizer/run?thing_id=135718 Instructions Using the following options: rod_dia is set to 8 by default blade_forw_radius is specified as 30 in mm units crank_spacing stands at a distance of 100 in inches from one side blade_angle reaches up to an incredible 20 degrees in the given plane blade_top_width spans an incredible width of 12 across its entirety the actual dimension of blade_thickness is 1.5 gear_teeth_D displays an extraordinary number of 61 for maximum efficiency similarly, gear_teeth_C has been assigned the remarkable figure of 9 gear_teeth_B stands proudly with an enormous count of 59 yet again, another notable instance in which gear_teeth_A displays a stunning figure of 11 blade_forward_number gets set to 18 to optimize output a very important design choice - setting blade_circular_pitch_CD at a crucial value of 350 units for the perfect ratio to support this extensive creation with great precision - width and height of 16,15, are specified a remarkable aspect is setting the output_length precisely at 25 in fact it measures 24 in dia and an excellent choice is selecting output_end_dia equal to 3 units less than the input rod diameter another crucial element, the rod_margin value comes in at 8 units with utmost care. design choice made, for blades_shape chosen to go in forward motion mode, output gets decided as gear_driven. selecting support_thickness turns out 12 and makes a wise decision as well. setting nut_thickness carefully comes to an astonishingly accurate value of 7 one last critical feature before crank_design_closing_down - defining blade_involute_number with great accuracy by the engineer setting the parameter as precisely at 10 for its high importance. crambling all those crucial figures we were left on our last turn is to take the most vital nut parameters - first setting nozzles thickness accurately and very finely done nozzl_thiccnes equals 1.5 units after many revisions in several meetings, so many iterations it turned out then putting crank_delta in correct gear ratio by 2 times value set to be in between, a reasonable approach of doing it as you do to set it correctly - 20 for achieving our most valuable end - fan is created designing nozzle is crucial part which we got with great relief - getting diametr of all those fine parts we made just before to set an adequate number in this design parameter we chose, which came up perfectly matching other numbers on paper and hence putting them here nozeldiam equal to a value that fits everywhere which indeed stands correct after 6 more passes 5. a very difficult decision but our final solution in one particular nut case with washer is setting an almost right diameter equaling 20 and doing its output_diameter and taking last minute adjustment to shell it further and here shell_segment we had earlier is set to put value equal at this number by which our machine does give out a very accurate model in the computer software. now crank design getting near closure stage comes when specifying gear thickness. So gears for D = 7 was given so we take it and also taking a careful consideration C stands exactly in a same figure and other remaining parameters will come on similar lines as per this method to get some perfect mechanical parts.